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  4. Results on the Steepness in Backpropagation Neural Networks
 
conference paper

Results on the Steepness in Backpropagation Neural Networks

Moerland, Perry
•
Thimm, Georg
•
Fiesler, Emile
Aguilar, Marc
1994
Proceedings of the '94 SIPAR-Workshop on Parallel and Distributed Computing
SI Group for Parallel Systems - Proceedings of the '94 SIPAR-Workshop on Parallel and Distributed Computing

The backpropagation algorithm is widely used for training multilayer neural networks. In this publication the steepness of its activation functions is investigated. In specific, it is discussed that changing the steepness of the activation function is equivalent to changing the learning rate and the weights. Some applications of this result to optical and other hardware implementations of neural networks are given.

  • Details
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Type
conference paper
Author(s)
Moerland, Perry
Thimm, Georg
Fiesler, Emile
Editors
Aguilar, Marc
Date Issued

1994

Publisher place

Institute of Informatics, University P'erolles, Fribourg, Switzerland

Published in
Proceedings of the '94 SIPAR-Workshop on Parallel and Distributed Computing
Start page

91

End page

94

Subjects

slope

•

(adaptive) learning rate

•

neuron

•

bias

•

optical implementation

•

gain

•

learning

•

neurocomputing

•

multilayer neural network

•

neural network

•

adaptive steepness

•

sigmoid steepness

•

neural computation

•

connectionism

•

backpropagation

•

neural computing

•

(sigmoid) steepness

•

initial weight

•

activation function

•

optical implementation.

Written at

EPFL

EPFL units
LIDIAP  
Event name
SI Group for Parallel Systems - Proceedings of the '94 SIPAR-Workshop on Parallel and Distributed Computing
Available on Infoscience
March 10, 2006
Use this identifier to reference this record
https://infoscience.epfl.ch/handle/20.500.14299/227538
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